4. táblázat folytatásaVEGYÜLETEK

(1)

4. táblázat folytatása VEGYÜLETEK

Anyag Fázis T-határ a b c d H(+) S(+) H(298) S(298)

AgF S 298-708 53.05

3 16.15 -

0.978 -

225.33 5

-

228.353 -

205852 83.68

AgCl S 298-730 30.1 52.961 0.628 -

136.29 1

-87.524 -

127068 96.23 2 L 730-1835 67.65

5 -8.87 -134.87 -272.47

AgCl G 298-2000 37.40 5

- 0.142

77.36 32.143 88989 246.0 61

AgBr S 298-700 33.17

9

64.434 -

113.42 3

-

101.142 -

100667

107.1 1 L 700-1831 62.34

2

- 108.84 6

-

233.934 AgBr G 298-2000 37.40

5

- 0.142

128.82 3

58.293 140452 272.2 11

AgI A 298-420 35.77

3 71.128 -75.75 -109.55 -61923 115.4

78 B 420-830 43.66

4

14.828 1.523 -64.197 -114.38 G 298-2000 38.92

4

-0.13 143.84

7

52.551

Ag2O S 298-460 59.32

9 40.79 -0.46 -51.945 -

232.332 -30898 120.4 53

Ag2S A 298-451 64.60

1

39.957 -52.626 -

236.472

-31589 143.5 11 B 451-895 81.33

7 2.929 -51.994 -

213.241 C 895-1115 82.71

8

-51.994 -

319.443

L 1115-

1500

93.09 4

-55.698 -

385.195 Ag2SO4 A 298-933 96.65 116.73

4 -

751.14 2

-

385.651 -

717137 199.8 28 L 933-1300 205.0

16 -

767.75 9

-

976.185 AgNO2 S 298-517 42.88

6 129.02

6 -63.583 -

154.614 -45061 128.2 02 AgNO3 A 298-433 36.65

2

189.11 7

- 143.71 1

-

124.295 -

124377

140.9 17 B 433-483 106.6

92

- 153.84 1

-

161.902 L 483-665 128.0

3

- 152.43

-

569.519

(2)

Ag2CO3 A 298-491 79.37 108.15

6 -538.35 -

313.761 -

509878 170.7 07

AlH3 S 298-400 45.18

7

-24.895 -

227.417

-11422 30.04 1

AlF3 A 298-728 70.58

4

51.087 -0.92 -

1536.4 04

-

356.089 B 728-1548 92.67

6

9.063 - 0.088

- 1539.6 42

-

469.524 AlF3 G 298-2000 79.16

1

2.259 - 1.544

- 1238.1 99

-

183.699 (AlF3)2 G 298-2000 182.0

46

0.331 - 6.561

- 2697.9 27

-

686.923 AlOF G 298-2000 58.66 2.05 -

1.113

- 602.88 9

-

103.749 AlCl3 S 298-454 64.93

6

87.864 -728.63 -

286.884 -

705363

109.2 9 AlCl3 G 298-2000 81.96

5 0.628 -

0.992 -612.38 -

158.275 -

584588 314.4 9 (AlCl3)2 G 298-2000 180.9

16

1.046 - 2.042

- 1356.5 74

-

567.583 -

129573 8

475.0 01 AlOCl S 298-452 55.35

4

34.351 - 0.778

- 813.91 5

-

275.613 -

793273

54.39 2 G 298-2000 60.36

3

1.046 -1 -

301.69 6

-60.438 -

280298

289.4 2 AlBr3 S 298-371 50.16

6

169.03 4

- 533.75 1

-

156.002 -

511280

180.2 22 L 371-527 124.9

76

- 538.62 1

-

505.556 AlBr3 G 298-2000 80.70

9

2.812 - 0.548

- 436.47 7

-

114.331 -

410450

349.4 39 (AlBr3)2 G 298-2000 182.0

04

0.469 - 1.377

- 996.45 3

-

497.667 -

937550

547.2

AlI3 S 298-464 70.63

4

94.818 -

328.17 5

-

234.616 -

302900

196.1

L 464-647 121.3 36

- 325.59 4

-

467.657 AlI3 G 298-2000 82.76 0.205 -

0.569

- 220.11 5

-

101.173 -

193522

373.6 19 AsH3 G 298-2000 42.00

7

22.803 - 0.908

49.817 -28.13 66400 223.1 16 AsCl3 G 298-2000 82.10

3

0.946 - 0.623

- 287.25

-

144.387 -

260642

327.1 89

(3)

As2O3 S 298-607 93.70

9 58.484 -

1.259 -

689.73 9

-

445.105 -

654975 113.3 32 As2O5 S 298-1084 112.2

11 82.939 -

1.812 -

968.03 7

-

568.851 -

924818 105.3 99

B2O3 S 298-723 57.02

8 73.011 -

1.406 -

1296.8 61

-

300.649 L 723-2329 129.7

04 -

1304.3 09

-

691.681 -

127189 8

53.94 8 G >2329 88.01 8.933 -

2.414 -

870.31 4

-233.89

BaCl2 A 298-1198 66.36

7 23.472 0.159 -

878.85 4

-

260.555 -

858556 123.6 79

B 1198-

1235 123.8

46 -914.08 -

625.804

L 1235-

2000

108.7 -

879.39 1

-505.04

4. táblázat folytatása (vegyületek)

Anyag Fázis T-határ a b c d H(+) S(+) H(298) S(298) G >2000 58.13

2

0.042 - 0.176

- 516.62 4

-6.477

BaCO3 A 298-1079 86.90 2

48.953 - 1.197

- 1229.9 95

-

404.359 -

119789 6

112.0 89

B 1079-

1241

154.8 08

- 1254.8 32

-

807.819

C 1241-

1646

163.1 76

- 1262.2 88

-865.07

BaO S 298-2286 50.55

9

7.017 - 0.523

- 565.24 4

-

221.032 -

548104

72.06 9

L 2286-

2500

66.94 4

- 522.56 1

-

306.045 G >2500 36.31

7

0.929 - 0.331

- 136.03 4

26.897

BaSO4 S 298-1623 141.4 19

- 3.527

- 1527.1 93

-

693.387 -

147319 9

132.2 02

BeO A 298-2370 41.58

9

10.209 - 1.736

-1.339 - 627.06 5

-

235.938 -

608399

13.77

(4)

B 2370-

2780 46.86

1 4.602 -

626.32 8

-

264.397 Bi2O3 A 298-1003 119.6

04 15.28 -

0.946 -

612.71 9

-

593.868 -

573208 151.4 61

B 1003-

1098 138.4

9 -

591.48 6

-

623.139

L 1098-

1835 179.9

12 -

582.57 5

-

863.605 Bi2S3 S 298-1048 114.4

74 27.698 -237.03 -

406.073 -

201668 200.4 14

L 1048-

1641

188.2 8

- 219.79 8

-

868.602

CN G 298-2000 29.09

6

4.397 0.159 425.73

2

34.659 435136 202.6 39 C2N2 G 298-2000 56.06

6

27.434 - 0.623

-6.849 298.10 6

-89.258 309072 241.5 63

CO G 298-3000 30.96

2 2.439 -0.28 -

120.80 9

18.937 -

110528 197.6 48

CO2 G 298-3000 51.12

8 4.368 -

1.469 -

413.88 6

-87.078 -

393521 213.7 94 COCl2 G 298-2000 65.01

9 18.159 -

1.113 -4.979 -243.96 -98.081 -

220078 283.8 26

CS2 L 298-319 76.98

6

66.158 -287.59 89110 151.0 42 G 319-2000 49.58 13.682 -

0.699

-3.766 99.279 -51.855 CaCO3 S 298-1170 104.5

16 21.924 -

2.594 -

1249.1 93

-

523.567 -

120835 6

93.05 2 CaCl2 S 298-1045 69.83

9 15.389 -

0.159 -

817.43 1

-

295.029 -

795390 108.3 7

L 1045-

2279 102.5

33 -

815.72 4

-

480.014 G >2279 62.13

2 0.142 -

0.251 -

489.90 9

-65.203

CrCl2 S 298-1088 71.36

2 12.996 -

0.527 -419.01 -

298.164 -

395388 115.2 69

L 1088-

1576

100.4 16

- 395.58 4

-

443.878

G 1576-

2000

61.11 6

1.356 - 0.364

- 155.69 1

-42.603

Cr2O3 S 298-2000 109.6 5

15.456 -

1173.9 -

548.181

114055 8

81.17

(5)

CuBr A 298-657 - 51.99 9

206.43

9 4.017 -85.804 353.413 -

105604 96.10 2 B 657-741 73.22

4 -

125.03 3

-

321.011 C 741-759 58.99

4 -

112.35 4

-

224.101 L 759-1677 45.95

3 3.489 -

8.485 -

109.53 6

-

140.897

CuCl A 298-683 51.08

7 17.656 -

0.268 -

153.73 1

-

210.396 136816 87.41 6

B 683-709 62.76 -151.42 -

265.782 L 709-1482 64.34

3

- 145.70 3

-267.03

CuCl2 S1 298-709 78.86 8

2.929 - 0.711

- 243.88 8

-

346.191 -

217957

108.0 43

CuO S 298-1364 48.59

7

7.427 - 0.761

- 173.43 2

-

240.795 -

156059

42.58 9

CuS S 298-774 44.35 11.046 -67.432 -

189.458

-53718 66.52 6 CuSO4 S 298-1075 73.42

9

152.84 2

-1.23 - 71.388

- 802.16 1

-

358.432 -

769981

109.2 44

Cu2S A 298-376 52.84

4

78.743 -98.751 -

203.643

-79496 120.9 18 B 376-717 112.0

48 -

30.752 -

109.42 3

-

503.288 C 717-1402 84.64

2 -96.417 -

343.472

L 1402-

2000

89.11 9

-93.13 -

369.046 FeCl2 S 298-950 78.26

2

9.95 - 0.418

- 366.80 3

-

333.277 -

341623

117.9 47 L 950-1293 102.0

9

-341.54 -

441.736

FeO S 298-843 48.79

4 8.372 -

0.289 -

281.84 4

-

222.719 265955 59.40 9 Fe3O4 S 298-900 91.55

8 201.97 -

1151.7 55

-435.65 -

111547 9

146.2 31 S 900-1870 200.8

32 -

1168.3 03

-

997.198 Fe2O3 S 298-950 98.27

8 77.818 -

1.485 -

861.15 -

504.059 -

823411 87.44 6

(6)

S 950-1050 150.5

99 -873.51 -787.34

4. táblázat folytatása (vegyületek)

S 1050-

1729

132.6 7

7.364 -

858.74 4

-

670.352 FeS A 298-411 -0.562 170.70

7

- 109.10 9

12.256 101671 60.29 1 B 411-598 72.80

2

- 122.43 4

-

352.966 C 598_1461 51.04

5

9.958 -

110.70 2

-

218.977

L 1461-

2000

71.12 8

-97.073 -

328.635 FeS2 S 298-1016 68.95

2 14.1 -

0.987 -

196.04 1

-

349.693 -

171544 52.92 8 FeSO4 S 298-944 122.0

05 37.823 -

2.929 -

976.72 8

-

601.933 -

928848 120.9 55 FeCO3 S 298-458 48.66 112.08

9 -

760.01 2

-

217.763 -

740522 92.90 2

HF G 298-2000 26.35

9 3.828 0.172 -280 23.418 -

272545 173.7 78

HCl G 298-2000 26.52

7

4.602 0.109 -

100.05 6

35.01 -92307 186.9 08

HBr G 298-2000 27.53

1

4.59 - 0.008

-44.841 40.42 -36400 198.6 94

HI G 298-2000 26.35

9

3.828 0.172 19.027 56.233 26480 206.5 93

H2O L 298-500 20.35

5 109.19

8 2.033 -

289.93 2

-67.147 -

285829 69.94 8

H2O G 298-3000 34.37

6 7.841 -

0.423 -

253.87 1

-11.75 -

241856 188.8 24

H2O2 L 298-425 89.09

8 -

214.34 3

-

398.046 -

187777 109.6 G 425-1500 42.71

9 19.096 -0.54 -

151.17 9

-17.676

H2SO4 L 298-608 80.83

5 193.71

9 -846.7 -

361.418 -

813988 156.9 04 G 608-1500 117.5

96

17.184 - 3.845

- 783.85

-

398.069

(7)

HNO3 L 298-357 109.8

72 -

206.85 9

-

470.369 -

174100 155.6 36 G 357-1000 62.57

6 30.564 -1.72 -

159.58 5

-

105.961

HCN G 298-2000 41.48

9 9.088 -

0.824 119.60

1 -41.903 135139 201.8 28 Hg2Cl2 S 298-655 98.74

2

23.012 -0.36 -

298.74 3

-

378.944 -

267073

192.5 35 HgCl2 S 298-550 69.99

8

20.292 - 0.188

- 249.59 5

-

261.437 -

227191

144.4 94 L 550-576 102.0

9

-244.42 -

417.161 G 576-2000 62.13

2

0.126 - 0.364

- 163.00 8

-61.294

HgO S 298-720 48.49

3

12.97 - 0.753

- 108.39 1

-

214.145

-90830 70.24 9

HgS R 298-618 43.76

5

15.564 -67.086 -

171.569

-53346 82.42 5 B 618-862 44.01

6 15.188 -63.195 -

166.518

KF S 298-1131 47.36

3

13.263 - 0.197

- 584.39 4

-

208.369 -

569024

66.54 7

L 1131-

1788

71.96 5

- 576.36 6

-

342.218

KCl S 298-1045 39.94 25.468 0.364 -

448.28 6

-

150.543 -

436466

82.56 7

L 1045-

1714

73.38 7

- 443.52 6

-

331.583

KBr S 298-1007 69.16

2

- 45.564

- 0.649

45.02 - 414.75 7

-

290.179 -

393588

95.93 9

L 1007-

1669

69.87 3

- 397.08 5

-

292.489

KI S 298-954 38.82

8

28.911 0.494 -

339.02 2

-

120.793 -

327816

106.2 74 L 954-1616 72.38

3

- 334.37 9

-

298.523 K2SO4 A 298-857 100.2

9

124.6 - 0.515

- 1474.8 72

-

435.915 -

143770 6

175.5 44 B 857-1342 114.0

56

81.588 -

1461.8 -

481.805

(8)

L 1342-

2000 201.4

6 -

1471.2 57

-

976.161 K2CO3 S 298-1173 97,94

7 92,09 -

0,978 -

1187,6 26

-

435,556 -

115101 8

155,5 19

L 1173-

2000 209,2 -

1226,0 64

-

1089,67 8

KAl(SO₄)₂ S 298-1100 234.1

37 82.341 -

5.841 -

2563.2 92

-

1186.82 -

247023 3

204.5 98 KHCO3 S 298-423 47,69

8 143,09

3 -985,42 -

198,925 -

964838 115,4 99 B 402-607 120.4

99

- 527.36 6

-546.41

L 607-700 123.4 28

- 519.39 5

-

549.119 MgCl2 S 298-980 76.4 9.247 -

0.699

- 669.82 7

-

352.445 -

644294

89.53 8 L 980-1634 92.80

1

- 640.81 1

-

415.233 MgCO3 S 298-812 77.90

6

57.739 - 1.741

- 1127.4 3

-

405.181 -

109579 8

65.70 1 Mg(OH)2 S 298-700 46.81

9

102.92 6

- 943.53 3

-

234.202 -

924998

63.24 1 MgSO4 S 298-1270 106.4

41

46.275 - 2.188

- 1302.9 21

-

541.163 -

126178 9

91.39 9

MnO S 298-2083 46.48

4

8.117 - 0.368

- 397.99 8

-

210.345 -

382543

58.99 4

MnO2 S 298-803 70.83

5

7.598 - 1.661

- 549.08 3

-

362.061 -

522054

53.13 7

4. táblázat folytatása (vegyületek)

Anyag Fázis T-határ a b c d H(+) S(+) H(298) S(298) MnCO3 S 298-656 79.83

1

50.208 -

907.54 3

-

360.192 -

881510

109.6 21

NH3 G 298-1500 37,32

1

18,661 - 0,649

-60,244 -29,402 -46111 192,4 51 NH4Cl A 298-458 38.86

9 160.24

7 -

333.22 3

-

174.263 -

314511 94.97 7 B 458-614 34.64

4 111.71

3 -

322.24 -

117.519

(9)

NH4NO3 S 298-500 71.12

8 225.93

6 -

396.67 9

-

321.579 -

365430 151.0 42 L 443-500 188.2

8 225.93

6 -

380.18 3

-

827.425 (NH₄)₂SO

4

S 298-630 103.5

54 280.74

6 -

1223.6 59

-

453.635 -

118030 6

220.0 78 NOCl G 298-2000 48.82

7 6.807 -

0.565 35.671 -21.671 52425 261.7 34

NO G 298-2000 29.41

4

3.849 - 0,059

81.112 41.697 90248 210.7 61

NO2 G 298-2000 34.52

6

24.665 - 0.423

-6.866 20.353 33.893 33099 240.0 36 N2O5 G 298-2000 136.9

42 6.678 -

3.899 -42.908 -

457.623 11296 346.5 44

NaF S 298-1269 45.04

9

16.041 - 0.259

- 588.66 2

-

211.618

51.296

L 1269-

2075

69.74 7

- 573.28 5

-

341.198 NaCl S 298-1074 42.00

3

22.393 1.619 -

419.24 1

-

164.754 -

411153

72.13 2

L 1074-

1757

68.45 -

407.95 4

-

299.649 NaBr S 298-1020 40.97

4

24.51 0.28 -

373.42 8

-

152.366 -

361062

86.81 8

L 1020-

1659

68.03 2

- 362.31 8

-

289.226

NaI S 298-934 41.95

3

25.422 0.226 -

300.65 6

-

146.807 -

287775

98.53 3 L 934-1686 67.11

1

- 289.56 3

-269.84

G 1686-

2000

37.37 1

0.82 - 0.084

-96.209 35.396

NaOH A 298-572 71.75

6

- 110.88

235.76 8

-444.48 -

321.822 -

425931

64.43 4 B 572-596 85.98

1 -

448.85 1

-

424.413 L 596-1828 89.45

4 -5.858 -443.27 -

432.021

G 1828-

200-

51.21 2

3.899 - 0.347

- 213.97 3

-66.46

Na2SO4 A 298-458 82.34 1

154.34 8

- 1419.2

-

365.571 -

138781

149.5 95

(10)

B 458-514 92.96

4 131.80

4 -

1421.4 72

-

149.775 C 514-1157 131.4

4 67.538 -

1421.8 52

-

605.697

L 1157-

2000 197.0

33 -

1428.6 89

-

968.606 G >2000 145.1

01 6.661 -

4.012 -

1090.6 31

-

504.427 NaNO3 S 298-580 25.67

3 225.93

6 -

485.54 7

-97.117 -

467850 116.5 2 L 580-700 155.6

45 -

507.86 6

-

767.119 Na2CO3 A 298-723 11.00

4 244.05

3 2.448 -

1136.6 87

17.09 -

113076 7

138.7 83 B 723-1123 50.08

2 129.07

6 -

1137.5 85

-

158.438

L 1123-

2000 189.5

35 -

1183.1 35

-

966.552 NaHSO3 S 298-543 45.31

3 143.09

3 -

956.20 7

-

199.584 -

936337 101.2 53 Na2SO3 S 298-1184 107.1

1 43.541 -

1128.8 22

-

477.224 -

109495 2

146.0 22

L 1184-

1800 182.0

04 -

1161.1 39

-

933.861 NiCO3 S 298-381 88.70

1 38.911 -

1.234 -

728.61 7

-

437.735 -

696301 86.19 NiO A 298-525 -6.322 131.23

5 1.021 -

240.26 7

40.625 -

239743 37.99 1 B 525-565 -34.25 168.44

8 -

232.63 6

194.242

C 565-2228 39.91

5 12.368 2.188 -

245.71 2

-

184.046 G >2228 39.81

9 1.54 -

0.573 295.75

4 10.803

NiS A 298-652 44.68

5

19.037 - 0.289

- 103.00 1

-

208.886

-87864 53.01 1 B 652-1249 34.39

2

28.66 -91.45 -

138.242

L 1249- 34.58 28.46 0.013 -61.399 -115.24

(11)

NiSO4 S 298-1152 125.9

38 27.824 -

3.264 -

922.93 2

-

642.904 -

873200 101.2 95

PH3 G 298-1600 51.39

6 14.849 -

2.565 -1.574 -

101.376 23012 210.3 13 PCl3 G 298-2000 82.36

6

0.406 - 1.067

- 315.07 6

-

163.428 -

286922

311.9 84 PCl5 G 298-1000 131.5

87

0.837 - 1.778

- 420.00 3

-

395.102 -

374769

364.8 78 P4O10 S 298-631 149.7

87

324.67 8

- 3.121

- 3079.5 28

-

739.005 -

300996 9

228.7 81 G 631-2000 149.7

87

324.67 8

- 3.121

- 3079.5 28

-

739.005 PbCO3 S 298-581 51.84 119.66

2

- 720.33 9

-200.08 -

699564

130.9 59

4. táblázat folytatása (vegyületek)

PbO R 298-672 52.38

4

8.661 -0.82 -

238.76 1

-

240.176 -

220007

65.48

J 762-1159 45.27 1

12.803 - 0.301

- 233.14 7

-

194.747

L 1159-

1897

65.22 -

220.90 4

-

297.675 G >1897 36.17

5

1.054 - 0.356

60.346 31.614

PbO2 S 298-587 57.04

9 29.003 -

0.418 -

302.48 6

-

261.567 -28784 74.47 5

PbS S 298-1387 46.73

5 9.414 -

112.67 7

-

177.749 -98324 91.33 7

L 1387-

1587 66.94

4 -

112.82 3

-

297.325 PbSO4 A 298-1139 74.18

2 102.50

8 -

0.155 -

947.13 3

-

305.525 -

919940 148.5 7

B 1139-

1443 184.0

96 -

988.54 2

-947.21

L 1443-

1600 179.9

22 -

942.33 8

-

888.938 Pb3O4 S 298-901 178.8

28 32.133 -

2.975 -

795.39 -

826.967 -

730672 218.2 37

(12)

SO G 298-2000 34.56 1.339 -

0.042 -5.496 24.402 5008 221.9

44

SO2 G 298-2000 49.93

6

4.766 - 1.046

- 315.44 2

-43.725 -

296833

248.0 94

SO3 G 298-2000 69.99

8

6.611 - 1.937

- 423.38 4

-

154.578 -

395722

257.1 11 SO2Cl2 G 298-2000 97.23

2

5.732 -2.1 -

391.09 2

-256.41 -

354803

311.1 01 Sb4O6 S 298-928 228.0

28

16.636 - 2.686

- 1495.2 75

-

1073.26 -

141753 9

246.0 19 Sb2O5 S 298-798 141.3

27

-3.732 - 2.013

- 1042.4 67

-

690.498 -

993746

124.9 34 SiH4 G 298-1000 14.25

5

110.27 8

- 0.071

- 40.003

25.272 91.945 34308 204.6 65 SiF4 G 298-2000 99.39

1

4.506 - 2.636

- 1653.6 15

-299.7 -

161494 0

282.7 59 SiCl4 L 298-330 154.8

08

- 739.94 3

-

645.491 -

693786

236.5 42 G 330-2000 106.5

25

0.753 - 1.473

- 699.47 6

-

284.511 SiBr4 L 298-426 146.4

4

- 500.97 2

-556.12 -

457311

278.2 36 SiBr4 G 298-2000 106.9

51

0.669 - 0.904

- 450.32 3

-235.29 -

415374

379.3 59 SiH2Cl2 G 298-1685 77.21

2

23.004 - 1.979

-4.573 - 351.13 5

-

170.973 -

320494

286.7 34 SiHCl3 G 298-1685 85.72

2

21.414 - 0.151

-5.745 - 523.18 7

-

181.668 -

496222

313.7 16 SiH3Cl G 298-1685 63.46

7

33.229 - 2.029

-6.602 - 168.98 5

-

131.865 -

141837

250.7 72 SiO₂(kvar

c)

A 298-847 40.49 7

44.601 - 0.833

- 927.70 6

-

207.253 -

910856

41.46 3 B 847-1823 67.59

3

2.577 - 0.138

- 934.03 4

-

352.985 SiO₂(T) A 298-390 14.11

3

102.63 4

- 918.82 3

-67.662 -

910053

43.34 6

B 390-500 41.07 38.493 -

924.24 9

-

202.943 C 500-1743 70.34

1

2.536 - 3.167

- 940.53

-

372.832

(13)

SiO₂(C) A 298-543 46.90

3 31.506 -

1.008 -

927.11 3

-

238.901 -

908346 43.39 6 S 543-2001 71.63 1.883 -

3.908 -

940.16 9

-

380.971

L 2001-

2500 85.77

2 -

951.15 5

-

477.464

SiC S 298-2818 42.59

3 8.36 -

1.661 -1.272 -91.851 -

237.847 -73220 16.61 SnCl2 S 298-520 64.72

6

44.61 -

349.30 7

-

247.984 -

328025

134.1 01

L 520-885 100.5 -

347.23 3

-

420.345 G 885-2000 57.98

6

0.134 - 0.301

-216.28 -26.276 SnCl4 L 298-382 91.48

7

247.46 7

- 549.56 1

-

336.302 -

511284

258.7 39 G 382-2000 106.6

29

1.414 - 0.766

- 505.91 2

-

247.302

SnO S 298-1250 50.49

3

9.171 - 0.485

- 303.02 4

-

235.997 -

285934

57.15 3

L 1250-

2100

62.76 -

289.88 5

-295.12

G >2100 35.22 9

1.339 - 0.351

9.18 29.012 SnO2 S 298-1893 66.46

7 16.644 -

1.674 -

606.99 3

-

340.736 -

580822 52.34 2 SnS A 298-875 35.69 31.296 -

0.377 -

121.24 2

-

137.808 -

107947 76.98 6

B 875-1153 40.92 15.648 -

118.72 8

-

158.534

L 1153-

1477 74.89

4 -115.91 -

352.616

G 1477-

2000

36.94 5

0.335 -0.23 97.206 30.473

TiO A 298-1213 44.22

5

15.062 - 0.778

-559.13 -226.05 -

542664

34.79 4

B 1213-

2023 42.17

9 17.556 -

0.653 -

554.19 5

-

211.054 TiO2(R) S 298-2130 73.34

6 3.054 -

1.703 -

972.46 2

-

377.756 -

944747 50.62 6

TiC S 289-2000 46.88

2 5.899 -

1.301 -

203.11 -

251.505 -

184514 24.68 6

(14)

4. táblázat folytatása (vegyületek)

Anyag Fázis T-határ a b c d H(+) S(+) H(298) S(298) UO2 S1 298-2000 77.89

8 8.979 -1.51 -

1.113.6 9

- 377.97 5

-

108499 4

77.027

S2 2000-

3115 -

179.1 2

109.11

9 248.0

1 -

675.17 7

1406.4 8

ZnO S 298-2242 45.33

8 7.289 -

0.573 -

366.38 3

- 220.07 5

-

350619 43.639 ZnSO4 A 298-591 65.82

3 135.71

2 -

0.644 -

1007.9 62

- 308.57 7

-

980143 110.54 1 B 591-1013 130.3

06 11.623 0.063 -

1018.3 61

- 636.76 3

C 1013-

1214 145.1

85 -

1007.1 97

- 707.91 4 ZnCl2 S 298-591 59.83

1 37.656 -

434.56 5

- 240.65 9

-

415052 111.46 2 L 591-1004 61.71

4 -

0.431 -

441.86 2

- 462.55 1

G 1004-

2000 61.71

4 -

0.431 -

287.12 6

-76.947

ZnCO3 S 298-422 38.91

1 138.07

2 -

835.65 6

- 180.44 2

-

817917 82.425

SZERVES VEGYÜLETEK

CH4 G 298-

2000

11,93 3

77,6 47

0,14 2

-18,4 14

-81,24 2

96,73 1

-748 72

186,25 1

C2H2 G 298-

1000

43,62 7

31,6 52

-0,74 9

-6,309 209,90 3

-60,99 5

22677 2

200,94 1

C2H4 G 298-

1000 39,29

2 57,1

28 -1,29

7 33,863 -28,86

8 5246

7 219,32

9

C2H6 G 298-

1000

28,18 8

122,6 12

-0,91 2

-27,83 6

- 101,39 3

28,55 -847 26

229,60 1 n-C3H8 G 298-

1000

19,00 8

224,4 8

-0,58 2

-66,46 7

- 120,85 5

94,47 4

- 10384 6

270,01 9 n-

C4H10

G 298- 1000

40,25 265,0 77

-1,26 8

-76,36 2

- 152,09

-1,955 - 12473

310,14 3

(15)

n-

C5H12 L 298-

309 165,6

86 -

223,22 8

-684,15

4 -

17382 8

259,8 6 G 309-

1000 124,6

75 136,

9 -3,23

8 -25,62

3 -

200,32 8

-419,70 9

n-

C6H14 L 298-

342 195,0

16 -

256,92 6

-818,64

1 -

19878 1

292,48 3 G 342-

1000 65,64

7 377,59

3 -2,00

8 -

109,12 3

- 208,74 1

-106,12 3

CH3OH L 298-

338 81,5

88 -

263,77 6

-338,24

8 -

23945 0

126,6 08 G 338-

800 4,31

0 128,72

5 0,45

2 -44,0

99 -

206,36 9

181,42 1

C2H5O H

L 298-

351 112,1

31 -

310,41 3

-477,87

8 -

27698 0

161,0 00 G 351-

700 31,3

80 112,96

8 -

248,90 3

70,05 1

HCOOH L 298-

373 99,1

61 -

454,28 7

-436,02

7 -

42472 2

128,95 1 G 373-

1500 37,2

38 68,99

8 -0,66

5 -20,5

56 -

403,15 9

-4,19 5

CH2O G 298-

2000 21,0

75 53,87

3 -0,07

9 -13,4

10 -

124,72 3

82,96

0 -

11589 6

218,94 9

CF4 G 298-

2000 74,6

51 36,27

5 -2,22

2 -10,5

27 -

964,42 7

-186,75

9 -

93319 9

261,41 6

CCl4 L 298-

349 131,7

96 -

174,73 5

-534,52

0 -

13544 0

216,40 1 G 349-

2000 104,1

82 2,00

8 -1,98

3 -

140,83 6

-295,52

8 -

10302 6

309,80 8

COCl2 G 298-

2000 65,0

19 18,15

9 -1,11

3 -4,97

9 -

243,96 0

-98,08

1 -

22007 8

283,82 6

CBr4 A 298-

320 114,9

64 107,47

9 -

20,435 -474,51

5 1861

8 212,54

7 B 320-

363

236,6 22

-165,64 5

- 39,499

-

1070,49 5

L 363- 462

153,1 34

- 16,136

-627,57 7

G 462- 1500

104,3 57

2,53 6

-1,243 44,16 2

-244,23 9

7955 8

358,0 96

C6H6 L 298-

353 136,1

06 8,457 -603,9

35 4903

6 171,5

4 C6H6 G 353- 44,1 245,31 -2,63 -75,52 52,32 -62,60

(16)